Galileo Pendulum Ventilator

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As indicated in its name, this ventilator design is based on Galileo's groundbreaking research into the pendulum, which was later harnessed by Christiaan Huygens to create the pendulum clock. Drawing inspiration from this iconic invention, the Galileo Pendulum Ventilator is an innovative adaptation of the mechanism that leverages the swing of the pendulum to deflate flexible air containers like self-inflating bags (such as ambu bags). This allows air to flow through linked tubes to reach the patient (equipped with a suitable mask or other adjunct). The Galileo Pendulum Ventilator operates independently, requiring no electricity, although it can be enhanced by additional peripheral components. This solution is not only fast and globally deployable but also simple, scalable, and budget-friendly. Key components of the Galileo Pendulum Ventilator include: A custom-built box to house both the pendulum system and self-inflating bags. The pendulum system itself (featuring a pendulum lever with bob, escapement, and rod). Two ambu bags and their associated tubes and masks for patient connection. To facilitate custom manufacturing, a basic plan outlining scale and materials considerations is essential. In its most basic form (such as the prototype), at least 70% of the Galileo Pendulum Ventilator can be created using a 3D printer (excluding screws, bolts, the pendulum bob, self-inflating bags, and their accessories). However, for mass production or replication, alternative materials like wood or metal can be used for the box and pendulum, while self-inflating bags may be sourced from trusted manufacturers.